362 lines
8.4 KiB
C++
362 lines
8.4 KiB
C++
//+-------------------------------------------------------------------------
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//
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// Microsoft Windows
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//
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// Copyright (C) Microsoft Corporation, 1997 - 1998
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//
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// File: propmbn.cpp
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//
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//--------------------------------------------------------------------------
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//
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// PROPMBN.CPP
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//
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#include <basetsd.h>
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#include <assert.h>
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#include <string.h>
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#include "gmprop.h"
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#include "gmobj.h"
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#include "algos.h"
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GOBJMBN * GOBJPROPTYPE :: CloneNew (
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MODEL & modelSelf,
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MODEL & modelNew,
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GOBJMBN * pgobjNew )
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{
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GOBJPROPTYPE * pgproptype;
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if ( pgobjNew )
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{
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DynCastThrow( pgobjNew, pgproptype );
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}
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else
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{
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pgproptype = new GOBJPROPTYPE;
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}
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ASSERT_THROW( GOBJMBN::CloneNew( modelSelf, modelNew, pgproptype ),
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EC_INTERNAL_ERROR,
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"cloning failed to returned object pointer" );
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pgproptype->_fType = _fType;
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pgproptype->_zsrComment = modelNew.Mpsymtbl().intern( _zsrComment );
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modelNew.Mpsymtbl().CloneVzsref( modelSelf.Mpsymtbl(),
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_vzsrChoice,
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pgproptype->_vzsrChoice );
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return pgproptype;
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}
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PROPMBN :: PROPMBN ()
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:_fType(0)
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{
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}
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PROPMBN :: PROPMBN ( const PROPMBN & bnp )
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{
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self = bnp;
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}
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PROPMBN & PROPMBN :: operator = ( const PROPMBN & bnp )
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{
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_zsrPropType = bnp._zsrPropType;
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_fType = bnp._fType;
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_vzsrStrings = bnp._vzsrStrings;
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_vrValues = bnp._vrValues;
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return self;
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}
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void PROPMBN :: Init ( GOBJPROPTYPE & bnpt )
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{
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_zsrPropType = bnpt.ZsrefName();
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_fType = bnpt.FPropType();
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}
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bool PROPMBN :: operator == ( const PROPMBN & bnp ) const
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{
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return _zsrPropType == bnp._zsrPropType;
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}
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bool PROPMBN :: operator < ( const PROPMBN & bnp ) const
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{
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return _zsrPropType < bnp._zsrPropType;
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}
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bool PROPMBN :: operator == ( ZSREF zsrProp ) const
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{
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return ZsrPropType() == zsrProp;
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}
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bool PROPMBN :: operator == ( SZC szcProp ) const
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{
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return ::strcmp( szcProp, ZsrPropType().Szc() ) == 0;
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}
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UINT PROPMBN :: Count () const
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{
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if ( _fType & fPropString )
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return _vzsrStrings.size();
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else
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return _vrValues.size();
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}
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ZSREF PROPMBN :: Zsr ( UINT i ) const
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{
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if ( ((_fType & fPropArray) == 0 && i > 0)
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|| (_fType & fPropString) == 0)
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throw GMException(EC_PROP_MISUSE,"not a string property or not an array");
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if ( i >= _vzsrStrings.size() )
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throw GMException(EC_PROP_MISUSE,"property index out of range");
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return _vzsrStrings[i];
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}
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REAL PROPMBN :: Real ( UINT i ) const
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{
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if ( ((_fType & fPropArray) == 0 && i > 0)
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|| (_fType & fPropString) )
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throw GMException(EC_PROP_MISUSE,"not a numeric property or not an array");
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if ( i >= _vrValues.size() )
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throw GMException(EC_PROP_MISUSE,"property index out of range");
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return _vrValues[i];
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}
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void PROPMBN :: Reset ()
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{
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_vrValues.clear();
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_vzsrStrings.clear();
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}
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void PROPMBN :: Set ( ZSREF zsr )
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{
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if ( (_fType & fPropString) == 0 )
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throw GMException(EC_PROP_MISUSE,"not a string property");
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Reset();
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_vzsrStrings.push_back(zsr);
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}
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void PROPMBN :: Set ( REAL r )
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{
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if ( _fType & fPropString )
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throw GMException(EC_PROP_MISUSE,"not a numeric property");
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Reset();
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_vrValues.push_back(r);
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}
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void PROPMBN :: Add ( ZSREF zsr )
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{
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if ( (_fType & (fPropArray | fPropString)) == 0 )
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throw GMException(EC_PROP_MISUSE,"not a string array property");
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_vzsrStrings.push_back(zsr);
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}
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void PROPMBN :: Add ( REAL r )
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{
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if ( (_fType & fPropArray) == 0 )
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throw GMException(EC_PROP_MISUSE,"not a numeric array property");
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_vrValues.push_back(r);
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}
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PROPMBN * LTBNPROP :: PFind ( ZSREF zsrProp )
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{
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iterator itlt = find( begin(), end(), zsrProp );
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if ( itlt == end() )
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return NULL;
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return & (*itlt);
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}
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const PROPMBN * LTBNPROP :: PFind ( ZSREF zsrProp ) const
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{
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const_iterator itlt = find( begin(), end(), zsrProp );
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if ( itlt == end() )
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return NULL;
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return & (*itlt);
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}
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bool LTBNPROP :: Update ( const PROPMBN & bnp )
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{
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PROPMBN * pprop = PFind( bnp.ZsrPropType() );
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if ( pprop )
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*pprop = bnp;
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else
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push_back( bnp );
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return pprop != NULL;
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}
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// Force the list to contain only unique elements. Note that
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// the act of sorting and uniquing will discard duplicates randomly.
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bool LTBNPROP :: Uniqify ()
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{
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int cBefore = size();
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sort();
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unique();
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return size() == cBefore;
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}
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// Clone from another list with another symbol table
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void LTBNPROP :: Clone (
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MODEL & model,
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const MODEL & modelOther,
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const LTBNPROP & ltbnOther )
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{
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for ( const_iterator itlt = ltbnOther.begin(); itlt != ltbnOther.end(); itlt++ )
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{
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const PROPMBN & prpOther = (*itlt);
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// Note that the dynamic cast below will test for failure to
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// find property type object
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GOBJMBN * pgobj = model.PgobjFind( prpOther.ZsrPropType() );
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ASSERT_THROW( pgobj != NULL,
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EC_INTERNAL_ERROR,
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"missing property type in target network during cloning" );
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GOBJPROPTYPE * pgobjPropType;
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DynCastThrow( pgobj, pgobjPropType );
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PROPMBN prp;
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prp.Init( *pgobjPropType );
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model.Mpsymtbl().CloneVzsref( modelOther.Mpsymtbl(),
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prpOther._vzsrStrings,
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prp._vzsrStrings );
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prp._vrValues = prpOther._vrValues;
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push_back( prp );
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}
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}
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static
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struct MPVOIPROPSZC
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{
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ESTDPROP _eProp;
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SZC _szcProp;
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}
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vVoiProp [] =
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{
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{ ESTDP_label, "MS_label" },
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{ ESTDP_cost_fix, "MS_cost_fix" },
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{ ESTDP_cost_observe, "MS_cost_observe" },
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{ ESTDP_category, "MS_category" },
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{ ESTDP_normalState, "MS_normalState" },
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{ ESTDP_max, NULL }
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};
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static
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struct MPLBLSZC
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{
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ESTDLBL _eLbl;
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SZC _szcLbl;
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}
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vLblSzc [] =
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{
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{ ESTDLBL_other, "other" },
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{ ESTDLBL_hypo, "hypothesis" },
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{ ESTDLBL_info, "informational" },
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{ ESTDLBL_problem, "problem" },
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{ ESTDLBL_fixobs, "fixobs" },
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{ ESTDLBL_fixunobs, "fixunobs" },
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{ ESTDLBL_unfix, "unfixable" },
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{ ESTDLBL_config, "configuration" },
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{ ESTDLBL_max, NULL }
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};
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SZC PROPMGR :: SzcLbl ( int iLbl )
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{
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SZC szcOther = NULL;
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for ( int i = 0; vLblSzc[i]._szcLbl; i++ )
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{
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if ( vLblSzc[i]._eLbl == iLbl )
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return vLblSzc[i]._szcLbl;
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if ( vLblSzc[i]._eLbl == ESTDLBL_other )
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szcOther = vLblSzc[i]._szcLbl;
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}
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return szcOther;
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}
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PROPMGR :: PROPMGR ( MODEL & model )
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: _model(model)
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{
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// Locate all the standard property types; save their
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// name references whether or not they've been declared.
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SZC szcProp;
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for ( int i = 0; szcProp = vVoiProp[i]._szcProp ; i++ )
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{
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GOBJPROPTYPE * ppt = NULL;
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_vzsrPropType.push_back( _model.Mpsymtbl().intern( szcProp ) );
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GOBJMBN * pgobj = _model.PgobjFind( szcProp );
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if ( pgobj )
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{
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if ( pgobj->EType() == GOBJMBN::EBNO_PROP_TYPE )
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{
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DynCastThrow( pgobj, ppt );
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}
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}
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_vPropMap[i] = ppt;
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}
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// If we found "MS_label", prepare the correspondence table
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GOBJPROPTYPE * pptLabel = _vPropMap[ESTDP_label];
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if ( pptLabel && (pptLabel->FPropType() & fPropChoice) > 0 )
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{
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SZC szcChoice;
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const VZSREF & vzsr = pptLabel->VzsrChoice();
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_vUserToLbl.resize( vzsr.size() );
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// Clear the user-to-standard-label map
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for ( i = 0; i < _vUserToLbl.size(); )
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_vUserToLbl[i++] = -1;
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for ( i = 0; szcChoice = vLblSzc[i]._szcLbl; i++ )
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{
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int iLbl = -1;
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ZSREF zsrChoice = _model.Mpsymtbl().intern( szcChoice );
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for ( int j = 0; j < vzsr.size(); j++ )
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{
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if ( zsrChoice == vzsr[j] )
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{
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iLbl = j;
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// Mark which standard label this user element corresponds to
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_vUserToLbl[iLbl] = i;
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break;
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}
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}
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// Mark which user element this standard label corresponds to
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_vLblToUser[i] = iLbl;
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}
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}
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else
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{ // Clear the correspondence information
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for ( i = 0; i < ESTDLBL_max; i++ )
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{
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_vLblToUser[i] = -1;
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}
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}
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}
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GOBJPROPTYPE * PROPMGR :: PPropType ( ESTDPROP evp )
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{
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return _vPropMap[evp];
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}
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// Return the name of the standard property
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ZSREF PROPMGR :: ZsrPropType ( ESTDPROP evp )
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{
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ASSERT_THROW( evp >= 0 && evp < ESTDP_max,
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EC_INTERNAL_ERROR,
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"invalid property type usage" );
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return _vzsrPropType[evp];
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}
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// Find a standard property in a property list
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PROPMBN * PROPMGR :: PFind ( LTBNPROP & ltprop, ESTDPROP estd )
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{
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return ltprop.PFind( ZsrPropType(estd) ) ;
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}
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// Find a standard property in the associated model's property list
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PROPMBN * PROPMGR :: PFind ( ESTDPROP estd )
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{
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return _model.LtProp().PFind( ZsrPropType(estd) ) ;
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}
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// Find a standard property in a node's property list
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PROPMBN * PROPMGR :: PFind ( GNODEMBN & gnd, ESTDPROP estd )
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{
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return gnd.LtProp().PFind( ZsrPropType(estd) ) ;
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}
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